5P49V5901B022NLGI8

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Frequency synthesizers are used in several applications, including radio communications and other electronics projects, as they help to generate precise and stable signals. The 5P49V5901B022NLGI8 is a particular frequency synthesiser component produced by STMicroelectronics and is used in a variety of applications. This article takes a look at the 5P49V5901B022NLGI8\'s application fields and the core working principles behind it.

General Overview of 5P49V5901B022NLGI8

The 5P49V5901B022NLGI8, also referred to as the Ultra-Low Jitter Clock Generator, is a high-performance audio system clock generator. It has the capability to provide three different clock outputs in order to offer the best conditions for any audio system to operate on. The clock can be programmed to run at frequencies ranging from 8 to 44MHz and will ensure a precise level of signal synchronisation.

The 5P49V5901B022NLGI8 has an integrated PLL and has a very low noise jitter of only 100 femtoseconds, allowing it to improve the overall performance of any audio system. It also boasts an excellent signal-to-noise ratio of greater than 80dB, resulting in a broadcast-quality sound output.

Applications of 5P49V5901B022NLGI8

The 5P49V5901B022NLGI8 is a versatile component and is highly sought after for a variety of applications. Its small form factor allows it to be used in applications where space is limited, and its low noise jitter ensures that audio systems perform optimally when using the component.

One area where the 5P49V5901B022NLGI8 sees a lot of use is in the broadcast industry. Its broadcast-quality sound output ensures that listeners get the best audio experience when listening to radio programs. It is also used in audio interfaces and other digital audio systems. Its small form factor allows it to be used in a wide variety of applications, such as in portable digital audio players, guitar amps, and synthesizers.

Additionally, the 5P49V5901B022NLGI8 is widely used in medical equipment, as its low noise jitter helps to reduce errors in instrument readings. It is also used in laboratory testing equipment, as the component improves accuracy and enhances the reliability of test results.

Working Principle of 5P49V5901B022NLGI8

The Ultra-Low Jitter Clock Generator utilizes a Phase Locked Loop (PLL) technique to generate frequencies from 8 to 44MHz. A PLL is a feedback system that consists of two main components – an oscillator and a phase detector. The input signal is the reference signal, and the oscillator is used to match its frequency. The phase detector is then used to compare the two signals and produce an output signal, which is then fed back to the oscillator to adjust its frequency to match that of the reference signal.

The 5P49V5901B022NLGI8 then takes the output of the PLL and creates a synchronized signal that is used to provide the clock output. This process yields a very precise and stable signal, which is essential for applications like radio communications and audio systems. Additionally, the 5P49V5901B022NLGI8 also has a low noise jitter of 100 femtoseconds, which helps to ensure a broadcast-quality sound output.

Conclusion

The 5P49V5901B022NLGI8 is an important component in a variety of applications, including radio communications and other electronics projects. It is a versatile component that offers a small form factor and an excellent signal-to-noise ratio. It is also highly sought after in the broadcast industry, as its broadcast-quality sound output is unmatched. Additionally, it is used in medical and laboratory equipment, as its low noise jitter helps to reduce errors in readings and test results.

The Ultra-Low Jitter Clock Generator utilizes a Phase Locked Loop technique to generate frequencies from 8 to 44MHz. The PLL consists of an oscillator and a phase detector that compare the input signal to the oscillator\'s output and adjust its frequency to match the reference signal. The output of the PLL is then used to create a synchronized signal that is used to provide clock output. The 5P49V5901B022NLGI8 also has a low noise jitter of 100 femtoseconds, helping to ensure a broadcast-quality sound output.

The specific data is subject to PDF, and the above content is for reference